Unleashing the Power of Oxygen-Vacancy Engineering! #sciencefather #researchaward #Catalysis #HEOs


The development of highly efficient catalysts is crucial for energy and environmental applications. A novel microenvironment tailoring strategy via oxygen-vacancy defect engineering on high-entropy oxides (HEOs) significantly boosts catalytic activity. These vacancies enhance active site availability and modulate electronic structures, enabling efficient activation of both molecular oxygen and alcohols. This synergistic mechanism dramatically improves reaction rates and selectivity. Tailored microenvironments ensure optimal surface interactions, offering robust catalytic stability. Such engineered HEOs showcase superior performance in oxidation reactions, marking a breakthrough in catalyst design for green chemistry and energy conversion applications. This approach opens new pathways for rational catalyst innovation.

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